GBPC5004-BP

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A common design of the bridge rectifier is to use four diodes arranged in a bridge format. This type of circuit rectifies alternating current (AC) to direct current (DC) while also preventing the potential buildup at the output. The GBPC5004-BP bridge rectifier is a four-diode bridge rectifier diode optimized for use in high frequency switching power supplies, rectified DC voltage doubling and other power supply applications.

Specifications

The GBPC5004-BP Bridge Rectifier has a forward current of 4 A and peak repetitive reverse voltage of 500 V. Its operating junction temperature range is from -55°C to 150°C. Its forward rated voltage is 100 V and peak forward surge current is 30 A. It has an average rectified forward current of 4 A and a forward voltage drop of 1.1 V at 4 A. The power dissipation of the GBPC5004-BP is up to 3 W. The junction capacitance of the device is 6 pF.

Working Principle

When using the GBPC5004-BP Bridge Rectifier, AC power is applied to the input terminals to the bridge. The alternating current (AC) then passes through four diodes, which are arranged in the bridge format. These diodes are in a opposed direction and support fast and efficient rectification. The diode bridge will then convert the AC power source into a reliable DC output, while also reducing the potential buildup at the output.

Application

The GBPC5004-BP Bridge Rectifier can be applied in many power application circuits. It is used in high frequency switching power supplies, rectified DC voltage doubling, lighting, design of on-off switches and voltage regulators. The device can also be used in many automotive applications, such as power window and door lock systems, power steering and seat control systems.

The GBPC5004-BP bridge rectifier is an efficient and reliable rectifier diode which offers excellent performance for many power supply applications. It can be used in a wide range of circuits with different power requirements and is ideal for use in automotive and other power application applications.

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